Flexible Manufacturing System
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Transcript of Flexible Manufacturing System
FLEXIBLE MANUFACTURING SYSTEM
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PRODUCT 1:
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A PLASTIC CD/DVD HOLDER
PRODUCT 2:
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A PLASTIC CD/DVD HOLDER
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Product 1:
Product 2:
FMS:
What exactly is FMS?A Flexible Manufacturing System is one that can be changed or adapted rapidly to manufacture different products or components at different volumes of production.
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Another Example…
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When the manufacturing system is flexible enough to absorb changes in manufacturing capacity such as an increase in the number of units being made this is called ‘routing flexibility’. This may be achieved by selecting the right path through which the product or component flows through the production line.
FMS (further)
Most FMS consist of three main systems. The work machines which are often automated machines are connected by a material handling system to optimize parts flow and the central control computer which controls material movements and machine flow.
The main advantages of an FMS is its high flexibility in managing manufacturing resources like time and effort in order to manufacture a new product.
The best application of an FMS is found in the production of small sets of products like those from a mass production (Components)
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an FMS, so long as they are to be used on the products that the system can process.
This kind of system is, therefore, ideal when there are likely to be changes in demands.
Distinguishing Characteristics:
An automatic materials handling subsystem links machines in the system and provides for automatic interchange of work pieces in each machine
Automatic continuous cycling of individual machines Complete control of the manufacturing system by the host
computer Lightly manned, or possibly unmanned
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There are three levels of manufacturing flexibility.
Basic Flexibilities Machine flexibility - the ease with which a machine can process
various operations Material handling flexibility -a measure of the ease with which
different part types can be transported and properly positioned at the various machine tools in a system
Operation flexibility - a measure of the ease with which alternative operation sequences can be used for processing a part type
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System flexibilities:
Volume flexibility Expansion flexibility Routing flexibility Process flexibility Product flexibility
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Aggregate flexibilities
Program Flexibility Production Flexibility Market Flexibility
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Benefits of FMSFMS systems are intended to solve the following problems:
Reduced work in process Increased machine utilization Better management control Reduced direct and indirect labor Reduced manufacturing lead-time Consistent and better quality Reduced inventory
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The Disadvantages of FMS
Expensive, costing millions of dollars Substantial pre-planning activity Sophisticated manufacturing systems Limited ability to adapt to changes in product Technological problems of exact component positioning and
precise timing necessary to process a component
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Future Benefits of FMS
Technology will make 100% inspection feasible Computer diagnosis will improve estimation of machine
failure, and guide work crews repairing failures The use of robots that have vision, and tactile sensing Minimum human labor in manufacturing systems More sophisticated tools with increased computing
power Better management software, hardware, and fixturing
techniques Developed standards that will let us install new
machines easily
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Future Benefits of FMS
Custom orders for customers will be made immediately with exact specifications
Improved network systems between manufacturers and suppliers
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